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1·The combustion chamber pressure and propulsive force were tested.

该项研究主要测量了发动机的推力和燃烧室压力。

2·The fan component is produced using cold chamber pressure die casting process.

风机部件的创造采用冷腔室压力拉模铸造工艺。

3·Simply type a chamber pressure and observe the new stable vacuum in less than a minute.

简单的输入腔室压力，一分钟之内可以看到新的稳定的真空。

4·The effection and methods of controlling chamber pressure in heating furnace are narrated.

论述了加热炉炉膛压力控制的作用、控制方法。

5·The conditions to realize automatic control of chamber pressure in heating furnace are concluded.

给出了实现加热炉炉膛压力自动控制的条件。

6·Input is simply a list of propellant ingredients, as well as chamber pressure and nozzle exit pressure.

投入，简直是名单推进剂成分，以及商会的压力和喷嘴出口的压力。

7·The meaning of quasi dynamic calibration of copper balls using to measure artillery chamber pressure is presented.

介绍了火炮膛压测压铜球准动态校准含义，分析了引起准动态校准压力对照表编表误差的因素。

8·The results indicate that the exergy loss reduces with the chamber pressure rising during the primary drying period;

计算结果表明：随着干燥室压力的增大，物料的损失减小；

9·The effects of combustion chamber pressure and mixture ratio on engine performance were analyzed based on simulation.

并根据结果分析了燃烧室压强和混合比对发动机性能的影响。

10·These include: shelf temperature, product temperature, condenser temperature, chamber pressure and condenser pressure.

包括：板层温度、产品温度、冷凝器温度、前箱压力、冷凝器压力。